begin require_relative 'dummyparser' require_relative '../ruby/envutil' require 'test/unit' ripper_test = true module TestRipper; end rescue LoadError end class TestRipper::ParserEvents < Test::Unit::TestCase # should be enabled def test_event_coverage dispatched = Ripper::PARSER_EVENTS.map {|event,*| event } dispatched.each do |e| assert_equal true, respond_to?("test_#{e}", true), "event not tested: #{e.inspect}" end end def parse(str, nm = nil, &bl) dp = DummyParser.new(str) dp.hook(nm, &bl) if nm dp.parse.to_s end def test_program thru_program = false assert_equal '[void()]', parse('', :on_program) {thru_program = true} assert_equal true, thru_program end def test_stmts_new assert_equal '[void()]', parse('') end def test_stmts_add assert_equal '[ref(nil)]', parse('nil') assert_equal '[ref(nil),ref(nil)]', parse('nil;nil') assert_equal '[ref(nil),ref(nil),ref(nil)]', parse('nil;nil;nil') end def test_void_stmt assert_equal '[void()]', parse('') assert_equal '[void()]', parse('; ;') end def test_var_ref assert_equal '[ref(a)]', parse('a') assert_equal '[ref(nil)]', parse('nil') assert_equal '[ref(true)]', parse('true') end def test_BEGIN assert_equal '[BEGIN([void()])]', parse('BEGIN{}') assert_equal '[BEGIN([ref(nil)])]', parse('BEGIN{nil}') end def test_END assert_equal '[END([void()])]', parse('END{}') assert_equal '[END([ref(nil)])]', parse('END{nil}') end def test_alias assert_equal '[alias(symbol_literal(a),symbol_literal(b))]', parse('alias a b') end def test_var_alias assert_equal '[valias($a,$g)]', parse('alias $a $g') end def test_alias_error assert_equal '[aliaserr(valias($a,$1))]', parse('alias $a $1') end def test_arglist assert_equal '[fcall(m,[])]', parse('m()') assert_equal '[fcall(m,[1])]', parse('m(1)') assert_equal '[fcall(m,[1,2])]', parse('m(1,2)') assert_equal '[fcall(m,[*ref(r)])]', parse('m(*r)') assert_equal '[fcall(m,[1,*ref(r)])]', parse('m(1,*r)') assert_equal '[fcall(m,[1,2,*ref(r)])]', parse('m(1,2,*r)') assert_equal '[fcall(m,[&ref(r)])]', parse('m(&r)') assert_equal '[fcall(m,[1,&ref(r)])]', parse('m(1,&r)') assert_equal '[fcall(m,[1,2,&ref(r)])]', parse('m(1,2,&r)') assert_equal '[fcall(m,[*ref(a),&ref(b)])]', parse('m(*a,&b)') assert_equal '[fcall(m,[1,*ref(a),&ref(b)])]', parse('m(1,*a,&b)') assert_equal '[fcall(m,[1,2,*ref(a),&ref(b)])]', parse('m(1,2,*a,&b)') end def test_args_add thru_args_add = false parse('m(a)', :on_args_add) {thru_args_add = true} assert_equal true, thru_args_add end def test_args_add_block thru_args_add_block = false parse('m(&b)', :on_args_add_block) {thru_args_add_block = true} assert_equal true, thru_args_add_block end def test_args_add_star thru_args_add_star = false parse('m(*a)', :on_args_add_star) {thru_args_add_star = true} assert_equal true, thru_args_add_star thru_args_add_star = false parse('m(*a, &b)', :on_args_add_star) {thru_args_add_star = true} assert_equal true, thru_args_add_star end def test_args_new thru_args_new = false parse('m()', :on_args_new) {thru_args_new = true} assert_equal true, thru_args_new end def test_arg_paren # FIXME end def test_aref assert_equal '[aref(ref(v),[1])]', parse('v[1]') assert_equal '[aref(ref(v),[1,2])]', parse('v[1,2]') end def test_assoclist_from_args thru_assoclist_from_args = false parse('{a=>b}', :on_assoclist_from_args) {thru_assoclist_from_args = true} assert_equal true, thru_assoclist_from_args end def test_assocs assert_equal '[fcall(m,[assocs(assoc(1,2))])]', parse('m(1=>2)') assert_equal '[fcall(m,[assocs(assoc(1,2),assoc(3,4))])]', parse('m(1=>2,3=>4)') assert_equal '[fcall(m,[3,assocs(assoc(1,2))])]', parse('m(3,1=>2)') end def test_assoc_new thru_assoc_new = false parse('{a=>b}', :on_assoc_new) {thru_assoc_new = true} assert_equal true, thru_assoc_new end def test_aref_field assert_equal '[assign(aref_field(ref(a),[1]),2)]', parse('a[1]=2') end def test_arg_ambiguous thru_arg_ambiguous = false parse('m //', :on_arg_ambiguous) {thru_arg_ambiguous = true} assert_equal true, thru_arg_ambiguous end def test_operator_ambiguous thru_operator_ambiguous = false parse('a=1; a %[]', :on_operator_ambiguous) {thru_operator_ambiguous = true} assert_equal true, thru_operator_ambiguous end def test_array # array literal assert_equal '[array([1,2,3])]', parse('[1,2,3]') end def test_assign # generic assignment assert_equal '[assign(var_field(v),1)]', parse('v=1') end def test_assign_error thru_assign_error = false parse('$` = 1', :on_assign_error) {thru_assign_error = true} assert_equal true, thru_assign_error thru_assign_error = false parse('$`, _ = 1', :on_assign_error) {thru_assign_error = true} assert_equal true, thru_assign_error thru_assign_error = false parse('self::X = 1', :on_assign_error) {thru_assign_error = true} assert_equal false, thru_assign_error parse('def m\n self::X = 1\nend', :on_assign_error) {thru_assign_error = true} assert_equal true, thru_assign_error thru_assign_error = false parse('X = 1', :on_assign_error) {thru_assign_error = true} assert_equal false, thru_assign_error parse('def m\n X = 1\nend', :on_assign_error) {thru_assign_error = true} assert_equal true, thru_assign_error thru_assign_error = false parse('::X = 1', :on_assign_error) {thru_assign_error = true} assert_equal false, thru_assign_error parse('def m\n ::X = 1\nend', :on_assign_error) {thru_assign_error = true} assert_equal true, thru_assign_error end def test_bare_assoc_hash thru_bare_assoc_hash = false parse('x[a=>b]', :on_bare_assoc_hash) {thru_bare_assoc_hash = true} assert_equal true, thru_bare_assoc_hash thru_bare_assoc_hash = false parse('x[1, a=>b]', :on_bare_assoc_hash) {thru_bare_assoc_hash = true} assert_equal true, thru_bare_assoc_hash thru_bare_assoc_hash = false parse('x(a=>b)', :on_bare_assoc_hash) {thru_bare_assoc_hash = true} assert_equal true, thru_bare_assoc_hash thru_bare_assoc_hash = false parse('x(1, a=>b)', :on_bare_assoc_hash) {thru_bare_assoc_hash = true} assert_equal true, thru_bare_assoc_hash end def test_begin thru_begin = false parse('begin end', :on_begin) {thru_begin = true} assert_equal true, thru_begin end def test_binary thru_binary = nil %w"and or + - * / % ** | ^ & <=> > >= < <= == === != =~ !~ << >> && ||".each do |op| thru_binary = false parse("a #{op} b", :on_binary) {thru_binary = true} assert_equal true, thru_binary end end def test_blockarg thru_blockarg = false parse("def a(&b) end", :on_blockarg) {thru_blockarg = true} assert_equal true, thru_blockarg thru_blockarg = false parse("def a(x, &b) end", :on_blockarg) {thru_blockarg = true} assert_equal true, thru_blockarg thru_blockarg = false parse("proc{|&b|}", :on_blockarg) {thru_blockarg = true} assert_equal true, thru_blockarg thru_blockarg = false parse("proc{|x, &b|}", :on_blockarg) {thru_blockarg = true} assert_equal true, thru_blockarg thru_blockarg = false parse("proc{|&b;y|}", :on_blockarg) {thru_blockarg = true} assert_equal true, thru_blockarg thru_blockarg = false parse("proc{|&b,x;y|}", :on_blockarg) {thru_blockarg = true} assert_equal true, thru_blockarg thru_blockarg = false parse("proc do |&b| end", :on_blockarg) {thru_blockarg = true} assert_equal true, thru_blockarg thru_blockarg = false parse("proc do |&b, x| end", :on_blockarg) {thru_blockarg = true} assert_equal true, thru_blockarg thru_blockarg = false parse("proc do |&b;y| end", :on_blockarg) {thru_blockarg = true} assert_equal true, thru_blockarg thru_blockarg = false parse("proc do |&b, x;y| end", :on_blockarg) {thru_blockarg = true} assert_equal true, thru_blockarg end def test_block_var thru_block_var = false parse("proc{||}", :on_block_var) {thru_block_var = true} assert_equal true, thru_block_var thru_block_var = false parse("proc{| |}", :on_block_var) {thru_block_var = true} assert_equal true, thru_block_var thru_block_var = false parse("proc{|x|}", :on_block_var) {thru_block_var = true} assert_equal true, thru_block_var thru_block_var = false parse("proc{|;y|}", :on_block_var) {thru_block_var = true} assert_equal true, thru_block_var thru_block_var = false parse("proc{|x;y|}", :on_block_var) {thru_block_var = true} assert_equal true, thru_block_var thru_block_var = false parse("proc do || end", :on_block_var) {thru_block_var = true} assert_equal true, thru_block_var thru_block_var = false parse("proc do | | end", :on_block_var) {thru_block_var = true} assert_equal true, thru_block_var thru_block_var = false parse("proc do |x| end", :on_block_var) {thru_block_var = true} assert_equal true, thru_block_var thru_block_var = false parse("proc do |;y| end", :on_block_var) {thru_block_var = true} assert_equal true, thru_block_var thru_block_var = false parse("proc do |x;y| end", :on_block_var) {thru_block_var = true} assert_equal true, thru_block_var end def test_block_var_add_block # not used end def test_block_var_add_star # not used end def test_bodystmt thru_bodystmt = false parse("class X\nend", :on_bodystmt) {thru_bodystmt = true} assert_equal true, thru_bodystmt end def test_call bug2233 = '[ruby-core:26165]' tree = nil thru_call = false assert_nothing_raised { tree = parse("self.foo", :on_call) {thru_call = true} } assert_equal true, thru_call assert_equal "[call(ref(self),.,foo)]", tree thru_call = false assert_nothing_raised(bug2233) { tree = parse("foo.()", :on_call) {thru_call = true} } assert_equal true, thru_call assert_equal "[call(ref(foo),.,call,[])]", tree end def test_excessed_comma thru_excessed_comma = false parse("proc{|x,|}", :on_excessed_comma) {thru_excessed_comma = true} assert_equal true, thru_excessed_comma thru_excessed_comma = false parse("proc{|x,y,|}", :on_excessed_comma) {thru_excessed_comma = true} assert_equal true, thru_excessed_comma thru_excessed_comma = false parse("proc do |x,| end", :on_excessed_comma) {thru_excessed_comma = true} assert_equal true, thru_excessed_comma thru_excessed_comma = false parse("proc do |x,y,| end", :on_excessed_comma) {thru_excessed_comma = true} assert_equal true, thru_excessed_comma end def test_heredoc bug1921 = '[ruby-core:24855]' thru_heredoc_beg = false tree = parse("<2}', :on_hash) {thru_hash = true} assert_equal true, thru_hash thru_hash = false parse('{a: 2}', :on_hash) {thru_hash = true} assert_equal true, thru_hash end def test_if thru_if = false parse('if false; end', :on_if) {thru_if = true} assert_equal true, thru_if end def test_if_mod thru_if_mod = false parse('nil if nil', :on_if_mod) {thru_if_mod = true} assert_equal true, thru_if_mod end def test_ifop thru_ifop = false parse('a ? b : c', :on_ifop) {thru_ifop = true} assert_equal true, thru_ifop end def test_lambda thru_lambda = false parse('->{}', :on_lambda) {thru_lambda = true} assert_equal true, thru_lambda end def test_magic_comment thru_magic_comment = false parse('# -*- foo:bar -*-', :on_magic_comment) {thru_magic_comment = true} assert_equal true, thru_magic_comment end def test_method_add_block thru_method_add_block = false parse('a {}', :on_method_add_block) {thru_method_add_block = true} assert_equal true, thru_method_add_block thru_method_add_block = false parse('a do end', :on_method_add_block) {thru_method_add_block = true} assert_equal true, thru_method_add_block end def test_method_add_arg thru_method_add_arg = false parse('a()', :on_method_add_arg) {thru_method_add_arg = true} assert_equal true, thru_method_add_arg thru_method_add_arg = false parse('a {}', :on_method_add_arg) {thru_method_add_arg = true} assert_equal true, thru_method_add_arg thru_method_add_arg = false parse('a.b(1)', :on_method_add_arg) {thru_method_add_arg = true} assert_equal true, thru_method_add_arg thru_method_add_arg = false parse('a::b(1)', :on_method_add_arg) {thru_method_add_arg = true} assert_equal true, thru_method_add_arg end def test_module thru_module = false parse('module A; end', :on_module) {thru_module = true} assert_equal true, thru_module end def test_mrhs_add thru_mrhs_add = false parse('a = a, b', :on_mrhs_add) {thru_mrhs_add = true} assert_equal true, thru_mrhs_add end def test_mrhs_add_star thru_mrhs_add_star = false parse('a = a, *b', :on_mrhs_add_star) {thru_mrhs_add_star = true} assert_equal true, thru_mrhs_add_star end def test_mrhs_new thru_mrhs_new = false parse('a = *a', :on_mrhs_new) {thru_mrhs_new = true} assert_equal true, thru_mrhs_new end def test_mrhs_new_from_args thru_mrhs_new_from_args = false parse('a = a, b', :on_mrhs_new_from_args) {thru_mrhs_new_from_args = true} assert_equal true, thru_mrhs_new_from_args end def test_next thru_next = false parse('a {next}', :on_next) {thru_next = true} assert_equal true, thru_next end def test_opassign thru_opassign = false parse('a += b', :on_opassign) {thru_opassign = true} assert_equal true, thru_opassign thru_opassign = false parse('a -= b', :on_opassign) {thru_opassign = true} assert_equal true, thru_opassign thru_opassign = false parse('a *= b', :on_opassign) {thru_opassign = true} assert_equal true, thru_opassign thru_opassign = false parse('a /= b', :on_opassign) {thru_opassign = true} assert_equal true, thru_opassign thru_opassign = false parse('a %= b', :on_opassign) {thru_opassign = true} assert_equal true, thru_opassign thru_opassign = false parse('a **= b', :on_opassign) {thru_opassign = true} assert_equal true, thru_opassign thru_opassign = false parse('a &= b', :on_opassign) {thru_opassign = true} assert_equal true, thru_opassign thru_opassign = false parse('a |= b', :on_opassign) {thru_opassign = true} assert_equal true, thru_opassign thru_opassign = false parse('a <<= b', :on_opassign) {thru_opassign = true} assert_equal true, thru_opassign thru_opassign = false parse('a >>= b', :on_opassign) {thru_opassign = true} assert_equal true, thru_opassign thru_opassign = false parse('a &&= b', :on_opassign) {thru_opassign = true} assert_equal true, thru_opassign thru_opassign = false parse('a ||= b', :on_opassign) {thru_opassign = true} assert_equal true, thru_opassign end def test_param_error thru_param_error = false parse('def foo(A) end', :on_param_error) {thru_param_error = true} assert_equal true, thru_param_error thru_param_error = false parse('def foo($a) end', :on_param_error) {thru_param_error = true} assert_equal true, thru_param_error thru_param_error = false parse('def foo(@a) end', :on_param_error) {thru_param_error = true} assert_equal true, thru_param_error thru_param_error = false parse('def foo(@@a) end', :on_param_error) {thru_param_error = true} assert_equal true, thru_param_error end def test_params thru_params = false parse('a {||}', :on_params) {thru_params = true} assert_equal true, thru_params thru_params = false parse('a {|x|}', :on_params) {thru_params = true} assert_equal true, thru_params thru_params = false parse('a {|*x|}', :on_params) {thru_params = true} assert_equal true, thru_params end def test_paren thru_paren = false parse('()', :on_paren) {thru_paren = true} assert_equal true, thru_paren end def test_parse_error thru_parse_error = false parse('<>', :on_parse_error) {thru_parse_error = true} assert_equal true, thru_parse_error end def test_qwords_add thru_qwords_add = false parse('%w[a]', :on_qwords_add) {thru_qwords_add = true} assert_equal true, thru_qwords_add end def test_qwords_new thru_qwords_new = false parse('%w[]', :on_qwords_new) {thru_qwords_new = true} assert_equal true, thru_qwords_new end def test_redo thru_redo = false parse('redo', :on_redo) {thru_redo = true} assert_equal true, thru_redo end def test_regexp_add thru_regexp_add = false parse('/foo/', :on_regexp_add) {thru_regexp_add = true} assert_equal true, thru_regexp_add end def test_regexp_literal thru_regexp_literal = false parse('//', :on_regexp_literal) {thru_regexp_literal = true} assert_equal true, thru_regexp_literal end def test_regexp_new thru_regexp_new = false parse('//', :on_regexp_new) {thru_regexp_new = true} assert_equal true, thru_regexp_new end def test_rescue thru_rescue = false parse('begin; rescue; end', :on_rescue) {thru_rescue = true} assert_equal true, thru_rescue end def test_rescue_mod thru_rescue_mod = false parse('nil rescue nil', :on_rescue_mod) {thru_rescue_mod = true} assert_equal true, thru_rescue_mod end def test_rest_param thru_rest_param = false parse('def a(*) end', :on_rest_param) {thru_rest_param = true} assert_equal true, thru_rest_param thru_rest_param = false parse('def a(*x) end', :on_rest_param) {thru_rest_param = true} assert_equal true, thru_rest_param end def test_retry thru_retry = false parse('retry', :on_retry) {thru_retry = true} assert_equal true, thru_retry end def test_return thru_return = false parse('return a', :on_return) {thru_return = true} assert_equal true, thru_return end def test_return0 thru_return0 = false parse('return', :on_return0) {thru_return0 = true} assert_equal true, thru_return0 end def test_sclass thru_sclass = false parse('class << a; end', :on_sclass) {thru_sclass = true} assert_equal true, thru_sclass end def test_string_add thru_string_add = false parse('"aa"', :on_string_add) {thru_string_add = true} assert_equal true, thru_string_add end def test_string_concat thru_string_concat = false parse('"a" "b"', :on_string_concat) {thru_string_concat = true} assert_equal true, thru_string_concat end def test_string_content thru_string_content = false parse('""', :on_string_content) {thru_string_content = true} assert_equal true, thru_string_content thru_string_content = false parse('"a"', :on_string_content) {thru_string_content = true} assert_equal true, thru_string_content thru_string_content = false parse('%[a]', :on_string_content) {thru_string_content = true} assert_equal true, thru_string_content thru_string_content = false parse('\'a\'', :on_string_content) {thru_string_content = true} assert_equal true, thru_string_content thru_string_content = false parse('%', :on_string_content) {thru_string_content = true} assert_equal true, thru_string_content thru_string_content = false parse('%!a!', :on_string_content) {thru_string_content = true} assert_equal true, thru_string_content thru_string_content = false parse('%q!a!', :on_string_content) {thru_string_content = true} assert_equal true, thru_string_content thru_string_content = false parse('%Q!a!', :on_string_content) {thru_string_content = true} assert_equal true, thru_string_content end def test_string_dvar thru_string_dvar = false parse('"#$a"', :on_string_dvar) {thru_string_dvar = true} assert_equal true, thru_string_dvar thru_string_dvar = false parse('\'#$a\'', :on_string_dvar) {thru_string_dvar = true} assert_equal false, thru_string_dvar thru_string_dvar = false parse('"#@a"', :on_string_dvar) {thru_string_dvar = true} assert_equal true, thru_string_dvar thru_string_dvar = false parse('\'#@a\'', :on_string_dvar) {thru_string_dvar = true} assert_equal false, thru_string_dvar thru_string_dvar = false parse('"#@@a"', :on_string_dvar) {thru_string_dvar = true} assert_equal true, thru_string_dvar thru_string_dvar = false parse('\'#@@a\'', :on_string_dvar) {thru_string_dvar = true} assert_equal false, thru_string_dvar thru_string_dvar = false parse('"#$1"', :on_string_dvar) {thru_string_dvar = true} assert_equal true, thru_string_dvar thru_string_dvar = false parse('\'#$1\'', :on_string_dvar) {thru_string_dvar = true} assert_equal false, thru_string_dvar end def test_string_embexpr thru_string_embexpr = false parse('"#{}"', :on_string_embexpr) {thru_string_embexpr = true} assert_equal true, thru_string_embexpr thru_string_embexpr = false parse('\'#{}\'', :on_string_embexpr) {thru_string_embexpr = true} assert_equal false, thru_string_embexpr end def test_string_literal thru_string_literal = false parse('""', :on_string_literal) {thru_string_literal = true} assert_equal true, thru_string_literal end def test_super thru_super = false parse('super()', :on_super) {thru_super = true} assert_equal true, thru_super end def test_symbol thru_symbol = false parse(':a', :on_symbol) {thru_symbol = true} assert_equal true, thru_symbol thru_symbol = false parse(':$a', :on_symbol) {thru_symbol = true} assert_equal true, thru_symbol thru_symbol = false parse(':@a', :on_symbol) {thru_symbol = true} assert_equal true, thru_symbol thru_symbol = false parse(':@@a', :on_symbol) {thru_symbol = true} assert_equal true, thru_symbol thru_symbol = false parse(':==', :on_symbol) {thru_symbol = true} assert_equal true, thru_symbol end def test_symbol_literal thru_symbol_literal = false parse(':a', :on_symbol_literal) {thru_symbol_literal = true} assert_equal true, thru_symbol_literal end def test_top_const_field thru_top_const_field = false parse('::A=1', :on_top_const_field) {thru_top_const_field = true} assert_equal true, thru_top_const_field end def test_top_const_ref thru_top_const_ref = false parse('::A', :on_top_const_ref) {thru_top_const_ref = true} assert_equal true, thru_top_const_ref end def test_unary thru_unary = false parse('not a 1, 2', :on_unary) {thru_unary = true} assert_equal true, thru_unary thru_unary = false parse('not (a)', :on_unary) {thru_unary = true} assert_equal true, thru_unary thru_unary = false parse('!a', :on_unary) {thru_unary = true} assert_equal true, thru_unary thru_unary = false parse('-10', :on_unary) {thru_unary = true} assert_equal true, thru_unary thru_unary = false parse('-10*2', :on_unary) {thru_unary = true} assert_equal true, thru_unary thru_unary = false parse('-10.1', :on_unary) {thru_unary = true} assert_equal true, thru_unary thru_unary = false parse('-10.1*2', :on_unary) {thru_unary = true} assert_equal true, thru_unary thru_unary = false parse('-a', :on_unary) {thru_unary = true} assert_equal true, thru_unary thru_unary = false parse('+a', :on_unary) {thru_unary = true} assert_equal true, thru_unary thru_unary = false parse('~a', :on_unary) {thru_unary = true} assert_equal true, thru_unary thru_unary = false parse('not()', :on_unary) {thru_unary = true} assert_equal true, thru_unary end def test_undef thru_undef = false parse('undef a', :on_undef) {thru_undef = true} assert_equal true, thru_undef thru_undef = false parse('undef <=>', :on_undef) {thru_undef = true} assert_equal true, thru_undef thru_undef = false parse('undef a, b', :on_undef) {thru_undef = true} assert_equal true, thru_undef end def test_unless thru_unless = false parse('unless a; end', :on_unless) {thru_unless = true} assert_equal true, thru_unless end def test_unless_mod thru_unless_mod = false parse('nil unless a', :on_unless_mod) {thru_unless_mod = true} assert_equal true, thru_unless_mod end def test_until thru_until = false parse('until a; end', :on_until) {thru_until = true} assert_equal true, thru_until end def test_until_mod thru_until_mod = false parse('nil until a', :on_until_mod) {thru_until_mod = true} assert_equal true, thru_until_mod end def test_var_field thru_var_field = false parse('a = 1', :on_var_field) {thru_var_field = true} assert_equal true, thru_var_field thru_var_field = false parse('a += 1', :on_var_field) {thru_var_field = true} assert_equal true, thru_var_field end def test_when thru_when = false parse('case a when b; end', :on_when) {thru_when = true} assert_equal true, thru_when thru_when = false parse('case when a; end', :on_when) {thru_when = true} assert_equal true, thru_when end def test_while thru_while = false parse('while a; end', :on_while) {thru_while = true} assert_equal true, thru_while end def test_while_mod thru_while_mod = false parse('nil while a', :on_while_mod) {thru_while_mod = true} assert_equal true, thru_while_mod end def test_word_add thru_word_add = false parse('%W[a]', :on_word_add) {thru_word_add = true} assert_equal true, thru_word_add end def test_word_new thru_word_new = false parse('%W[a]', :on_word_new) {thru_word_new = true} assert_equal true, thru_word_new end def test_words_add thru_words_add = false parse('%W[a]', :on_words_add) {thru_words_add = true} assert_equal true, thru_words_add end def test_words_new thru_words_new = false parse('%W[]', :on_words_new) {thru_words_new = true} assert_equal true, thru_words_new end def test_xstring_add thru_xstring_add = false parse('`x`', :on_xstring_add) {thru_xstring_add = true} assert_equal true, thru_xstring_add end def test_xstring_literal thru_xstring_literal = false parse('``', :on_xstring_literal) {thru_xstring_literal = true} assert_equal true, thru_xstring_literal end def test_xstring_new thru_xstring_new = false parse('``', :on_xstring_new) {thru_xstring_new = true} assert_equal true, thru_xstring_new end def test_yield thru_yield = false parse('yield a', :on_yield) {thru_yield = true} assert_equal true, thru_yield end def test_yield0 thru_yield0 = false parse('yield', :on_yield0) {thru_yield0 = true} assert_equal true, thru_yield0 end def test_zsuper thru_zsuper = false parse('super', :on_zsuper) {thru_zsuper = true} assert_equal true, thru_zsuper end def test_local_variables cmd = 'command(w,[regexp_literal(regexp_add(regexp_new(),25 # ),/)])' div = 'binary(ref(w),/,25)' var = '[w]' bug1939 = '[ruby-core:24923]' assert_equal("[#{cmd}]", parse('w /25 # /'), bug1939) assert_equal("[assign(var_field(w),1),#{div}]", parse("w = 1; w /25 # /"), bug1939) assert_equal("[fcall(p,[],&block([w],[#{div}]))]", parse("p{|w|w /25 # /\n}"), bug1939) assert_equal("[def(p,[w],bodystmt([#{div}]))]", parse("def p(w)\nw /25 # /\nend"), bug1939) end def test_block_variables assert_equal("[fcall(proc,[],&block([],[void()]))]", parse("proc{|;y|}")) if defined?(Process::RLIMIT_AS) assert_in_out_err(["-I#{File.dirname(__FILE__)}", "-rdummyparser"], 'Process.setrlimit(Process::RLIMIT_AS,102400); puts DummyParser.new("proc{|;y|!y}").parse', ["[fcall(proc,[],&block([],[unary(!,ref(y))]))]"], [], '[ruby-dev:39423]') end end def test_unterminated_regexp compile_error = false parse('/', :compile_error) {|msg| compile_error = msg} assert_equal("unterminated regexp meets end of file", compile_error) end end if ripper_test